• BAT120A
• BAT120C
• BAT120S
 

Model of BAT120A (date: 17-1-00)

Simulation Values
* .SUBCKT BAT120A 1 3 4 * The resistors do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 4 1 2.56E+05 D1 4 1 BAT120A R2 4 3 2.56E+05 D2 4 3 BAT120A .MODEL BAT120A (D + IS = 6.984E-06 + N = 1.023 + BV = 30 + IBV = 0.0002402 + RS = 0.1574 + CJO = 3.075E-10 + VJ = 0.6615 + M = 0.6098 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2 ) .ENDS *

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Model of BAT120C (date: 17-1-00)

Simulation Values
* .SUBCKT BAT120C 1 3 4 * The resistors do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 1 4 2.56E+05 D1 1 4 BAT120C R2 3 4 2.56E+05 D2 3 4 BAT120C .MODEL BAT120C (D + IS = 6.984E-06 + N = 1.023 + BV = 30 + IBV = 0.0002402 + RS = 0.1574 + CJO = 3.075E-10 + VJ = 0.6615 + M = 0.6098 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2 ) .ENDS *

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Model of BAT120S (date: 17-1-00)

Simulation Values
* .SUBCKT BAT120S 1 3 4 * The resistor do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 1 4 2.56E+05 D1 1 4 BAT120S R2 4 3 2.56E+05 D2 4 3 BAT120S .MODEL BAT120S (D + IS = 6.984E-06 + N = 1.023 + BV = 30 + IBV = 0.0002402 + RS = 0.1574 + CJO = 3.075E-10 + VJ = 0.6615 + M = 0.6098 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2 ) .ENDS *

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